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According to Ehrlich, the magnitude of the neutrino's imaginary mass is 0.33 electronvolts, or 2/3 of a millionth that of an electron. He deduces this value by showing that six different observations from cosmic rays, cosmology, and particle physics all yield this same value within their margin of error. One observation, for example, involves the tiny variations in cosmic background radiation left over from the big bang, while another involves the shape of the cosmic ray spectrum.
originally posted by: swanne
a reply to: stormbringer1701
Yes, but we are here talking about imaginary mass, not negative mass. Mass that is equal to i, not a real number.
And going on and saying that neutrinos are carrying imaginary mass? We know of their interaction with nucleons; this is the fundamental behind neutrino detectors. If they truly have imaginary mass, then the effect would have been seen in such interactions!
originally posted by: swanne
a reply to: stormbringer1701
"Imaginary mass" of 0.333 • e?
Hm, that's a first. Calling a real value "imaginary".
originally posted by: swanne
...I know it weights 3 tons but I call this weight 'imaginary'...
originally posted by: swanne
a reply to: Bedlam
Extraordinary claims require extraordinary proof. I read Erhlich has such proof but I cannot verify his proofs since they are only briefly mentioned in the article.
time reversed effects can be accounted for experimentally. for example; the entanglement experiments have shown entanglement can work when one of a chain of entangled particles no longer exists. in other words present particles can be entangled with a particle from the past.
originally posted by: ecossiepossie
a reply to: swanne
If tachyons do travel faster than light.
We could never quantify them as they would arrive before they departed